The New Jersey Institute of Technology's Electronic Theses & Dissertations Project

Bergen, Michael T.
has served on the committee of
17 theses/dissertations that are available online.

* indicates that the advisor was committee chair or co-chair.

Author	Degree	Year		Title	ETD#
Burman, Chirag	MS	© 2013		Quantification of human motion on roller coaster rides	njit-etd2013-001
Damodaran, Harish	MS	© 2011		Tilt simulation : virtual reality based upper extremity stroke rehabilitation	njit-etd2011-088
Shah, Priyanka Pankaj	MS	© 2008		Photoplethysmorgraph-derived respiration	njit-etd2008-098
Anand, Kapilchandra	MS	© 2006	*	Individual cell pressure control in an air mattress for the prevention of the pressure sores	njit-etd2006-100
Shah, Arpita	MS	© 2006	*	PDA based ambulatory pulse oximeter	njit-etd2006-066
Patel, Surinkumar	MS	© 2005		Non-linear digital control of a McKibben muscle system	njit-etd2005-052
Penugonda, Lakshmi Chitra	MS	© 2005		Ambulatory biopotential measurement	njit-etd2005-054
Reid, Gladstone Vincent	MS	© 2005		The creation and testing of a mock functional magnetic resonance imaging facility for pain patients	njit-etd2005-118
Venkataraman, Aparna	MS	© 2005		Labview controlled study of the propagation properties of ultrasound in synthetic fog environment	njit-etd2005-001
Vennamaneni, Swetha	MS	© 2005		Ambulatory measurement of body position	njit-etd2005-016
Babaria, Bhavin	MS	© 2004		Transmission of light and audible sound in a synthetic fog medium	njit-etd2004-131
Kunwar, Pratap Singh	MS	© 2004		Development of fMRI compatible lower body negative pressure system	njit-etd2004-007
Chua, Florence Bautista	MS	© 2003		LabVIEW-controlled stimulus presentation on a monitor for smooth pursuit eye movement experiments	njit-etd2003-039
DeMarco, Robert Michael	MS	© 2003		Data recording and analysis of American sign language	njit-etd2003-041
Paradiso, Richard	MS	© 2003		A biologically inspired joint model using engineering methods to enhance understanding of muscle activity	njit-etd2003-098
Patel, Alka	MS	© 2002		An infrared device to measure the eyeblink for the study of classical conditioning	njit-etd2002-010
Patel, Rupal	MS	© 2002		A real time frequency analysis of the electroencephalogram using Labview	njit-etd2002-011

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Created 4/12/01; updated 8/30/02, 06/30/05